Mesh Components | Grasshopper Component Guide

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This page provides an overview of Grasshopper components used for working with mesh geometry.

Meshes allow lightweight geometric representation and fast computation, making them widely used for analysis, panelization, fabrication workflows, and conversion between SubD and NURBS geometry.

Below, the components related to mesh creation, editing, conversion, and analysis are organized so you can quickly access detailed explanation articles for each one.

Please refer to the appropriate components based on your specific goals and use cases.

• [Grasshopper] How to use Mesh Surface to convert surfaces to meshes
• [Grasshopper] How to use Proximity 2D to create lines connecting nearby points on a plane
• [Grasshopper] How to use Proximity 3D to create lines connecting nearby points
• [Grasshopper] How to use Voronoi to create voronoi lines on a plane
• [Grasshopper] How to Use SubD from Mesh to Create SubD from a Mesh
• [Grasshopper] How to Use Mesh Box to Create a Mesh Box
• [Grasshopper] How to use Face Boundaries to extract line data from Mesh
• [Grasshopper] How to use Construct Mesh to create a mesh
• [Grasshopper] How to use Mesh Face to set mesh face data
• [Grasshopper] How to use Mesh Colours to set colors on a mesh
• [Grasshopper] How to use Deconstruct Mesh to extract points, faces, colors, and vectors of a mesh
• [Grasshopper] How to use Mesh Sphere to create a mesh sphere
• [Grasshopper] How to use Voronoi 3D to create three-dimensional Voronoi cells
• [Grasshopper] How to use Mesh｜Plane to obtain the intersection curve between a mesh and a plane
• [Grasshopper] How to use Mesh Edges to obtain mesh lines
• [Grasshopper] How to use Mesh to set mesh models